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The PROTOR Vibration Condition Monitoring System provides reliable, on-line condition analysis & monitoring for rotating plant such as turbine generator, main boiler feed pumps and other auxiliary plant equipment.
PROTOR-mobile provides extensive vibration analysis & monitoring facilities in a light, compact, portable system that can be easily transported to where it is needed where can be left, unattended, to collect data for hours, days or weeks.
Prosig can provide systems to analyse or monitor rotating machinery of any scale from measuring vibration in a tiny pump up to online vibration condition monitoring of an entire power plant. Discover how you can benefit from Prosig's many years of experience.
Prosig are experts in the analysis and monitoring of vibration in rotating machinery. Our hardware and software can be used to measure or monitor everything from the smallest pump to a complete powerstation. Systems are provided that can perform simple analysis as well as more specialised tasks such as rotor runout or multiplane balancing.
Why not order your copy of our free Condition Monitoring Solutions CD or the free Noise & Vibration Measurement Handbook. Or simply follow the links below to discover how Prosig can improve the quality and cost effectiveness of your vibration measurement, analysis and monitoring.
Need full 24/7 monitoring or portable solutions? Prosig have over 30 years of vibration analysis ∓ condition monitoring experience
PROTOR-mobile offers a complete vibration condition monitoring solution, but in a portable form. Ideal for investigative work.
From tiny pumps to full-size turbines, Prosig provide solutions for vibration analysis, monitoring and measurement in rotating parts
The P8000/DATS system offers a range of multiplane balancing solutions for automotive and other dynamic balancing analysis applications
Runout is an important phenomenon when analyzing shaft vibration. Rotor Runout guides the user through measuring and analyzing runout.
The 8420 is a solution for situations with rotating machines where positional information and time relative to position information are required.